Security events
We centralise, analyse and correlate all security events that occur in your digital infrastructure. From suspicious access to anomalous behaviour in applications or networks, our system transforms thousands of logs into clear and actionable information.
Centralised detection and full visibility
At NESS we collect and normalise security events from diverse sources such as firewalls, endpoints, servers, cloud environments and critical applications. This integration allows us to build a unified and consistent view of the technology ecosystem, eliminating information fragmentation. Thanks to this consolidation, security teams can detect incidents in real time, identify correlations between different systems and reduce threat response time. In addition, data standardisation ensures that logs are presented in a standard format, making them easier to analyse and compare across platforms.
Intelligent correlation of security events
At NESS, we apply advanced analytical algorithms and correlation rules that connect dispersed Security Events and transform them into actionable intelligence.
Through this intelligent correlation, we detect attack patterns, suspicious activities, and anomalous behaviours that would otherwise go unnoticed in traditional monitoring systems.
With NESS Security Events, your organisation gains deeper visibility and faster detection of complex or coordinated cyber threats.
Forensic analysis and rapid response
From Data to Action Turning Security Events into Strategy
Turn information into effective decisions. At NESS, our Security Events Management approach goes beyond simple incident reporting — it transforms raw data into contextual intelligence that drives a faster, more informed, and strategic response.
We empower organisations to move from reaction to prevention, ensuring every alert contributes to a stronger, smarter cybersecurity posture.
NESS (Network Environment Scanning and Security), focuses on developing software to help companies prevent and predict cyberattacks and failures within their technological infrastructure.
